MTS - Problem 1 In the circuit drawn below transmission...

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Problem 1 In the circuit drawn below, transmission line 7 has Zo : Zr and transmission lines 2 and 3 have Zo:50 f). The line lengths are all Al4 aL 500 tvlHz. A. Determine Zl so that Zin :80 O. :.r 4. 1 ZJ tl= Ez= 39- = -JL b,- = looSl- o. qc {0 o Htl2 - 0.24m Z'= Z>//bs = go.{L Zin=gorz=#e# -> l-= l,l B. Find the length of transmission line 1 if its propagation velocity is 0.4c, where c is the speed of light. \= 1)D l' T I.fJL ,.'
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/L;n 2 Co.rv Problem 2 A 20-Q load is to be transformed to 50 0. Find an appropriate T match. Design so that tlie overall Q for the system is 10 at 800 \tlHz. Note: You are free to use the classroom computers to assist with this design, and you may use the Smith program to verify your results. 4^t Lt- CgZ Zec.rr- rT' 11-4 G? t- /o Q'z. = Uo L. o(/o (Co- * C6\ rLg^ Qaj Q + u-o t{\ l.l_, rr Qt- = 3'Br fLE 7?z.su
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This note was uploaded on 05/17/2008 for the course EE 448L taught by Professor Maby during the Spring '08 term at USC.

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MTS - Problem 1 In the circuit drawn below transmission...

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